Other Industrial Equipment

Instructions for pH buffer solution: The 250 mL buffer solution can be used in multiple portions. Pour enough buffer to fully submerge the glass electrode. Discard the used buffer solution and do not reuse it. Store the remaining buffer in a cool, dry place at 20–25°C. After prolonged use, the pH electrode will develop asymmetry and its potential will shift significantly, so regular calibration is required.

Minimum Order: 1 bags

No product description

Minimum Order: 1 bags

No product description

Minimum Order: 1 bags

Product Features -Compact and unique appearance design, lightweight and easy to carry -Adjustable stirring speed: button-controlled stepless speed regulation for flexible mixing speed -Timed stirring function with 4 timing modes: 30 mins, 60 mins, 90 mins and continuous stirring -25°C temperature reminder: After connecting a temperature sensor, the device will trigger an automatic alarm when the tested solution reaches 25°C to remind operators to conduct subsequent operations -Dual AC & DC power supply design, equipped with low voltage alarm function -Portable for field and on-site testing, and can be used inside incubators -Comes with support rod and electrode clip, which can be used as a stirring electrode holder Technical Specifications Stirring Speed Range: 0 ~ 2300 rpm Maximum Stirring Capacity: 1000 mL Working Plate Dimension: 100 mm × 100 mm Operating Ambient Temperature: 0 ~ 50°C Timing Range: 0 ~ 90 minutes Max Operating Current: 150 mA Max Power Consumption: 0.9 W Electrode Clamp Caliber: Φ16 mm & Φ13 mm Adjustable Lifting Stroke of Electrode Clamp: 0 ~ 250 mm Power Supply: DC 6V power adapter or 4 × 1.5V AA batteries Overall Dimensions: 100 × 146 × 48 mm Net Weight: 340 g

Minimum Order: 1 bags

XH5240 The vertical cnc milling machine adopts a vertical frame layout, with the columns fixed on the bed. The spindle box moves up and down along the columns (in the Z direction), the slide moves longitudinally along the bed (in the Y direction), and the worktable moves laterally along the slide (in the X direction). The bed, worktable, slide, column, spindle box and other large components are all made of high-strength cast iron material, with a resin sand process and two aging treatments to eliminate stress. These large components are optimized using SW and Ansys design, which improves the stiffness and stability of both the large components and the entire machine, effectively suppressing machine deformation and vibration caused by cutting forces. learn more: https://www.acrtool.com/about-us/

This machine tool is an slant machine tool with high speed, high precision and high reliability.The main components such as bed seat, bed body and headstock are cast with high strength materials to ensure the long- ter , m stability of the machine tool. Adopting 45 degree integral inclined bed structure and high precision preloaded Taiwan linear rolling guide, the machine has high positioning accuracy, fluent chip discharge and is suitable for high speed and high precision machining. ACR Machine Tool TCK86A Specifications: Swing Over the Bed: 860 mm Swing Over the Slide: 630 mm Turning Length: 1000/1500/2000+ mm Spindle Speed: 1500/800 rpm (stepless) Main Motor Power: 18.5/22 kW Spindle Nose Specification: A2-11 Spindle Through Hole Diameter: 104 mm (Optional 130 mm) Chuck Size: 15 inches Chuck Type: 12-position electric servo turret Tailstock Type: Hard guide rail Tailstock Travel: 1000/1500/2000+ mm Tailstock Sleeve Travel: 150 mm Tailstock Sleeve Diameter: 160 mm Tailstock Sleeve Taper: MT6 Cylindrical Cutting Tool: 32x32 mm Inner Circle Tool: Ф50/Ф40/Ф32/Ф25 mm X/Z Axis Travel: 430 mm / 1150/1650/2150+ mm X/Z Axis Fast Moving Speed: 12 m/min (X-axis) / 15 m/min (Z-axis) X/Z Axis Rail Width: 55 mm / 65 mm X/Z Axis Positioning Accuracy: 0.008 mm / 0.008 mm X/Z Axis Repeat Positioning Accuracy: 0.004 mm / 0.004 mm learn more: https://www.acrtool.com/about-us/

CK61125-1000/1500/2000/3000+ The bed is integrally cast, the base is widened, the front and rear sinks, and the front and rear through-type chip removal mechanism make it safer for workers to clean the iron filings. Heavy-duty tailstock, the tailstock sleeve has reached 130mm, with good load- bearing capacity and more stable processing. ACR Machine Tool CK61125 Specifications: Max. Swing Over Bed: 1125 mm X-axis Rail Span: 330 mm Z-axis Rail Span: 1000/1500/2000/3000+ mm Max. Swing Over Cross Slide: 850 mm Distance Between Centers: 1000/1500/2000/3000+ mm Maximum Turning Length: 1000/1500/2000/3000+ mm Spindle Bore: Ф130 mm Bar Diameter: Ф128 mm Spindle Nose Type: A2-11 Spindle Bore Taper: MT5 Spindle Speed Steps: 30-84.5, 53-150, 125-350, 300-835 rpm Tailstock Quill Diameter: 130 mm Tailstock Quill Taper: MT6 Tailstock Quill Travel: 265 mm Tailstock Configuration: Ordinary hand-crank Number of Electric Tool Holder Positions: 4-position Tool Shank Size: 32×32 mm X/Z Axis Fast Movement Speed: 4 m/min (X-axis) / 5 m/min (Z-axis) Minimum Setting Unit: 0.001 mm Main Motor Power (Z Axis): 22 kW Total Power Capacity: 30 kW learn more: https://www.acrtool.com/about-us/

This machine tool is an slant machine tool with high speed, high precision and high reliability.The main components such as bed seat, bed body and headstock are cast with high strength materials to ensure the long- ter , m stability of the machine tool ACR Machine Tool TCK46D-8 Specifications: Swing Over the Bed: 450 mm Swing Over the Slide: 130 mm Turning Length: 450 mm Spindle Speed: 4500 rpm (stepless) Main Motor Power: 7.5 kW Spindle Nose Specification: A2-5 Spindle Through Hole Diameter: 56 mm Hydraulic Chuck Size / Optional Collet: 6 inches Turret Type: 8-position electric turret Living Tools Type: Nose4 + Side4 Living Tools Power: 1.3 kW Living Tools Speed: 3000 rpm Distance of Each Milling Head: 60 mm Spindle (C Axis) Dividing Positioning Accuracy: 0.02" X/Y/Z Axis Travel: 500 mm / 240 mm / 450 mm X/Y/Z Axis Fast Moving Speed: 24 m/min / 15 m/min / 24 m/min X/Y/Z Axis Positioning Accuracy: 0.006 mm X/Y/Z Axis Repeat Positioning Accuracy: 0.003 mm learn more: https://www.acrtool.com/about-us/

Air-Cooled Water-Cooled Drum Cooler Machine The Foundry Sand Drum Cooler by Guoning is a high-performance cooling solution designed for sand treatment in lost foam casting and other foundry processes. This equipment rapidly cools hot recycled sand to a controlled temperature, ensuring consistent sand quality for reuse. With a combination of water cooling and air cooling, and automatic sand flow and temperature regulation via PLC, it delivers stable performance while minimizing manual operation. This drum cooler is ideal for foundries seeking to enhance production efficiency, reduce energy consumption, and maintain the quality of recycled sand throughout the casting process. Main technical parameters Overall dimensions: 8200*2000*2250mm; Power requirements: AC power with a rated frequency of 50Hz and a rated voltage of 380V (deviation ± 5%); Power: 15KW+0.75KW ×1; Shell steel plate thickness: 4mm, 10mm Bottom channel steel: 20 # channel steel; Transmission method: gear transmission; The bearing seat is made of cast steel to enhance strength; Conveying capacity: ≥ 7.5m ³/ h (20-40 quartz sand or pearl sand); Drum speed: Drum speed: 5-15r/min Cooling water consumption: 50-100 m ³/ h; Fan model: SF NO4-4; Air volume: 9300m3/h; Power: 0.75KW. Product structure Horizontal cooling outer box: one set; Horizontal cooling inner drum: one set; Gear drive; Drive device: one set; Water-cooling system. Working Principle Hot recycled sand enters the drum from the feeding hopper. As the drum rotates, the spiral lines lift and transport the sand, allowing air and water to efficiently absorb heat. An axial flow fan directs airflow from the sand outlet into the drum, guiding heat and dust toward the exhaust. The hot air passes through a cyclone dust collector, which removes dust before clean air is discharged. Water pipes spray both the inside and outside of the drum, providing rapid cooling and ensuring sand reaches the desired temperature efficiently. A blocking wheel system prevents excessive axial force, ensuring safe and stable operation. More: https://www.gnepc.com/products/

Voc tail gas treatment equipment For Lost Foam Casting The VOC Exhaust Gas Treatment System for Lost Foam Casting is a high-efficiency solution designed to manage volatile organic compounds generated during lost foam casting processes. Engineered for industrial foundries, this system effectively reduces VOC emissions, ensuring compliance with environmental regulations while maintaining a safe and clean working environment. Processing air volume: 10000/20000/30000m ³/ h; Combined system of adsorption concentration desorption and catalytic combustion equipment: 1 adsorption bed; Carbon consumption: 1.5 cubic meters; Activated carbon adsorption bed: The main material is Q235, made of 1.5 thick steel plate, and the inner plate is 1.2 galvanized plate, containing 5cm silicate rock insulation; CO catalytic combustion furnace: The main material of the shell is Q235, with a thickness of 2.0 and 8 inner plates. It is filled with 10CM silicate rock for insulation treatment. The heating tube fins are made of 304 stainless steel, with 30 heating tubes and a total power of 60KW. Plate heat exchanger; Main air centrifugal fan with frequency conversion: 4-72-6C-15KW, including 15KW frequency converter; Desorption centrifugal fan: 9-19-4C 2.2KW; Electric control system: intelligent touch screen PLC automatic control. Main functions and advantages Activated carbon adsorption system: The exhaust gas enters the activated carbon adsorber for adsorption, and after passing through the adsorber, it is discharged into clean air that meets the emission standards. Desorption system: When the adsorber is saturated, it will enter a desorption state and use hot air to desorb the organic solvents in the adsorber, discharging high concentration waste gas into the CO device. Catalytic combustion system: High concentration organic waste gas is first heated up to the CO starting temperature through a heat exchanger. If the temperature cannot be reached, the electric heating method is turned on to raise the temperature to the starting temperature. After the waste gas enters the catalytic combustion chamber, it starts combustion and purification on the catalyst. The temperature of the emitted flue gas can reach 400-500 ℃. When the concentration of organic waste gas reaches a certain level, it can maintain spontaneous combustion in the catalytic bed without external heating, At this point, the electric heating can be stopped. The flue gas after combustion is preheated by a heat exchanger and enters the catalytic bed for combustion. The cooled flue gas is then exchanged with fresh air to control the temperature of the desorbed gas at around 120 ℃, and then discharged into the chimney through the exhaust valve. After desorption, proceed to the next cycle. More: https://www.gnepc.com/products/

Airbag 3D vibration table (molding) The 3D Vibration Table for Lost Foam Casting is designed for sand compaction and mold stabilization during the molding process of the lost foam casting equipment ​. By generating multi-directional vibration, the equipment ensures uniform sand filling, improved mold strength, and stable casting quality. Guoning provides heavy-duty vibration tables suitable for automated and semi- automated casting production lines. Plate thickness: 16mm, 20mm steel plate welding production; Vibration motor: 3 sets for vibration motors： Bottom vibration motor unit: 2 MV30-2 motors, maximum excitation force: 20KN, power: 2KW; Side vibration motor group 1:2 MV15-2 motors, maximum excitation force: 10KN, power: 1.3KW; Side vibration motor group 2: 2 MV15-2 motors, maximum excitation force: 10KN, power: 1.3KW; Cylinder specifications: cylinder diameter 100mm, stroke 125mm; Power requirements: AC power with rated power of 50Hz and rated voltage of 380V (deviation ± 5%); Load: 6 tons; Amplitude: 0.5mm Vibration acceleration: ≥ 1.0g; Excitation force: can be adjusted by adjusting the eccentric block Base (including air bag × 3); Pillar × 4 sets (including jacking airbags × 4); Upper seat (including upper platform and lifting bracket); Cylinder combination × 4 sets; Vibration motor × 6 units. More: https://www.gnepc.com/products/

Water ring sand temperature cooler Main technical parameters Size: φ2000/φ2500/φ2900×8900; Material: 6mm steel plate welded to 10mm steel plate (Q235); Cooling pipe: φ 48 × 3mm in sand in water form; Sand removal device cylinder model: SC-125 × 50-S; Inlet and outlet: DN100; Temperature measuring device: thermocouple PT100 * 1; Water temperature requirement: ≤ 27 ℃; Effective cooling contact area of a single unit: 220/300/400 ㎡ Product structure Sand temperature regulator upper bucket; Cooling unit; Sand storage unit; Lower cone bucket; Waterway accessories; Sand removal device. Main functions and advantages Function: Cooling and sand storage. The sand drop device adopts a plug-in method, and the switch of the sand drop device is automatically controlled through PLC and temperature detection device. The sand drop device can only be opened after meeting the sand temperature requirements, ensuring that the molding sand meets the usage temperature. And it can be linked and controlled with the front and rear equipment to ensure the sand temperature of the production line and the normal application of other equipment. Energy saving: This equipment does not require power and uses cooling water equipped on the production line. The molding sand wriggles downwards by gravity, achieving the goal of controlling the sand temperature by controlling the falling process. No noise: As the equipment does not require power, the molding sand wriggles downwards, so there is basically no noise during use. Low one-time investment in equipment: The sand temperature regulator is compatible with sand storage and cooling functions, and the cooling process can store a certain amount of molding sand, providing support for the operation of the production line. Node temperature control, effective detection and control of sand temperature: The equipment controls the sand outlet through the sand temperature detection device. Only when the molding sand meets the usage requirements can the plug-in board be opened and the molding sand be transported, effectively ensuring the temperature of the molding sand. The equipment has no vibration, a solid structure, and stable operation, greatly reducing the failure rate of the equipment. The sand temperature regulator uses closely arranged seamless steel pipes to achieve sand heat exchange, with a large contact area and high cooling efficiency.

Gooven is a leading manufacturer specializing in high-performance exhaust fans designed to deliver effective ventilation solutions across a wide range of applications. With deep expertise in air movement technology, we offer an extensive portfolio of exhaust fans engineered to efficiently remove stale air, odors, moisture, and airborne contaminants.   Our exhaust fans are suitable for use in bathrooms, kitchens, offices, and commercial facilities, helping maintain healthy indoor air quality and comfortable environments. Each unit is engineered for durability, reliability, and long-term performance.   Manufactured using advanced technology and innovative design principles, Gooven exhaust fans deliver quiet operation while providing powerful and efficient ventilation. Precision manufacturing and rigorous quality control ensure consistent performance in demanding conditions.   Energy efficiency is a core focus of our designs, helping reduce electricity consumption without sacrificing airflow performance. All products meet international quality standards and undergo comprehensive testing to ensure safety, reliability, and compliance.   Whether for residential or commercial applications, Gooven exhaust fans are engineered to improve air quality and enhance the comfort and functionality of living and working spaces. learn more: https://www.smokeextractionfan.com/

Mixed Flow Fans – Industrial Mixed Flow & Diagonal Flow Fan Solutions Mixed Flow Fans blend axial and centrifugal air movement characteristics, offering superior aerodynamic performance in applications requiring wide airflow with moderate pressure. Compared to traditional axial fans, mixed flow fans deliver higher static pressure in a more compact footprint, making them ideal for HVAC, tunnel ventilation, smoke extraction, and industrial process systems.   What Are Mixed Flow Fans? Mixed Flow Fans are hybrid ventilation systems in which air moves through the impeller at an angle, combining axial air movement with centrifugal pressure characteristics. Compared with traditional axial fans, mixed flow designs provide higher pressure output while maintaining a compact installation footprint. This balanced airflow performance makes Mixed Flow Fans a preferred solution for systems where space limitations, efficiency standards, and consistent airflow are critical factors. Diagonal Flow Fans: A Hybrid Performance Solution Diagonal Flow Fans are a specialized subtype of mixed flow design where airflow follows a diagonal trajectory through the impeller. This unique geometry enhances air handling efficiency and pressure performance while maintaining lower noise levels — critical for industrial installations demanding both performance and quiet operation. Diagonal Flow Fan Advantages Diagonal Flow Fans are a specialized type of mixed flow fan in which airflow follows a diagonal path through the impeller. This design improves aerodynamic efficiency while reducing turbulence and noise ·   Higher pressure capability than axial fans ·   Lower noise levels compared to centrifugal fans ·   Compact housing suitable for confined installations ·   Improved airflow stability under variable operating conditions These characteristics make the Diagonal Flow Fan an ideal choice for industrial and commercial ventilation systems requiring both performance and acoustic control.   Common Industrial Applications of Mixed & Diagonal Flow Fans: ·   HVAC systems in factories and warehouses ·   Smoke extraction & fire safety ventilation ·   Cooling systems for machinery and electronics ·   Tunnel and underground ventilation ·   Commercial kitchen exhaust systems Why Choose Us as Mixed Flow Industrial Fan Suppliers As experienced Industrial Ventilation Equipment  Suppliers, we support global customers with reliable manufacturing capability, technical expertise, and responsive service. Our focus is not only on supplying fans, but on delivering complete ventilation solutions tailored to project requirements. As leading Mixed Flow Industrial Fan Suppliers, our engineering expertise and global supply chain support make us a trusted choice for OEM and project partners. With rigorous testing, responsive customer support, and tailored fan solutions, we serve industries worldwide with quality and reliability. learn more: https://www.smokeextractionfan.com/